| Tipo | Año | Título | Fuente |
|---|---|---|---|
| Capítulo | 2022 | 1.2 Assuring the quality and security of medical robotics process automation | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 1.3 Machine learning and single-cell transcriptomic analysis in the brain | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 2.1 IoT for energy-efficient gas meters | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 2.2 Wireless sensor network for sustainable construction and intelligent transport | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 3.1 Detecting cyber incidents in IoT: a case study in smart cities | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 3.2 Reliable government automation of regulated infrastructures by service level agreements | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 4.1 Optimizing stock replenishment in fashion retailers | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 4.2 Development of a surveillance system for maintenance and diagnosis of buses based on can-bus data transmitted wirelessly | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 4.3 A Mathematical optimization and machine learning approach for pipeline routing | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 4.4 Digital factory for small- and medium-sized advanced transport companies | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 4.7 Power-efficient analog-to-information image sensors: the fuel of AI microsystems | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 5.1 Prioritizing water distribution and sewer network maintenance activities | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 5.2 New data structure (asymmetrical and multiscale grid) for geodata integration and input for machine learning analysis | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 5.3 Development of yield monitoring system based on computer vision for super-high-density olive orchard | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 5.4 Smart agriculture based on cyber-physical systems | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | 5.5 Development and adaptation of digital information models for the management of architectural assets: case studies in archaeological and architectural heritage | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Libro | 2022 | AI knowledge transfer from the university to society: applications in high-impact sectors | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | An artificial intelligence tool to calibrate the coverage of information sources on the Internet | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | Artificial intelligence for the optimization of focused ultrasound cleaning of shunts implanted in patients of different pathologies | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | Conclusion | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | Introduction to dynamic maintenance scheduling based on the advanced use of predictive analytical techniques: application to the use case of intelligent maintenance of high-speed trains | AI knowledge transfer from the university to society: applications in high-impact sectors |
| Capítulo | 2022 | Optical sensing and self-learning approach to estimate the state condition of railway infrastructure sublayers | AI knowledge transfer from the university to society: applications in high-impact sectors |